“Green hydrogen –
the future energy source.”

From Green Electron to Green Molecule

 

To achieve the climate-neutral goal by 2050, one must realize that it does not only pertain to electricity, but also to the mobility, heating and industry sectors, which up until now have only achieved a marginal CO2 savings. These industries have to increase their share of renewable energies dramatically. Hydrogen technology plays a key role in linking the sectors, which is referred to as sector coupling.

Furthermore, hydrogen technology helps to tackle another challenge: Long-term storage of renewable energy, regardless of weather conditions.

Occasionally, wind farms produce excessive amounts of electricity due to high winds, but actual low consumer and industrial demand make it redundant, or a local grid bottleneck occurs. When this happens wind farms are usually shut down. In the future, electrolysis can be used to turn energy into hydrogen, which will then be subsequently be put into long-term storage facilities.

If you are interested in a competent and comprehensive consultation, please feel free to contact us. We are here for you under the following contact details:

Gerrit Bokelmann
Project management
Phone: +49 (0) 4273 / 93 39 125
Email: bokelmann@w-wind.de

Sector Coupling

 

Excess wind power
Grid bottlenecks

Low prices on the electricity exchange

Immisson-free mobility

Industrial and material use

Thermal concepts

Storage and transportation in gas network

WestWind ENERGY is involved in various hydrogen projects to propel the energy transition locally and increase added regional value. From the region – for the region.

Sector Coupling

 

  • Excess wind storm Grid bottlenecks

  • Low prices on the electricity exchange

  • Emission-free mobility

  • Industrial and material use

  • Heat concepts

  • Storage and transportation in gas grid

    WestWind ENERGY is involved in various hydrogen projects to propel the energy transition locally and increase added regional value. From the region – for the region.